Fork of ICE-8 Family Tree

Fork of ICE8 - Family Tree

This visualization displays a family tree as an interactive, collapsible hierarchy. Using the D3.js library (v3), it renders nodes as colored rectangles representing family members, connected by curved links, with tooltips and zoom/pan support. The tree layout is computed via `d3.layout.tree`, and the data is loaded from a JSON file containing nested family relationships. SVG elements and a zoom behavior enable animation and navigation, with node colors indicating generational types.

94% match

Fork of ICE8 - Family Tree

This interactive family tree visualization displays hierarchical relationships using an SVG-based node-link diagram. The tree is rendered with colored, rounded rectangles representing individuals, connected by labeled, arrowed links. Built with D3 v3’s layout and behavior APIs (`d3.layout.tree`, `d3.behavior.zoom`), the visualization supports zooming, panning, and node expansion via click interactions. Data is loaded from a local JSON file (`data.json`), and custom CSS controls node colors and tooltip styling.

93% match

Fork of ICE-8 (Family Tree)

This interactive family tree visualizes hierarchical relationships through a node-link diagram, where colored rectangles represent individuals and connecting lines show parent-child links. The visualization uses D3 v3 (d3.layout.tree) to compute a tidy tree layout, rendering nodes as SVG rectangles with hover tooltips and supporting click-to-expand/collapse interactions. Data is loaded from a JSON file containing a nested tree structure with different node types indicated by color coding. The implementation includes zoom and drag behavior through d3.behavior.zoom, with dynamic SVG dimensions calculated from tree depth and breadth to ensure all nodes fit within the viewport.

93% match

Fork of ICE8 - Family Tree

A family tree visualization renders hierarchical relationships as a branching SVG chart, with nodes colored by generation (type) and connected by directional links. The D3 v3 layout computes node positions, while custom collision detection prevents overlaps. Interactive zoom-and-drag behavior is enabled via `d3.behavior.zoom`, and clicking a node toggles its children. Node styling includes drop shadows and tooltips, with data loaded from a JSON file. Rendering uses SVG elements and foreignObject for text, with persistent animation during updates.

Yyaswanthsen

Fork of Fork of ICE-8 Family Tree

A family tree visualization renders hierarchical relationships as an interactive node-link diagram, with each family member displayed in a color-coded box with text for name, node type, and relation. Built with D3 v3, the layout uses `d3.layout.tree` to position nodes, and SVG rectangles and `foreignObject` elements render the node content, while links are drawn as paths with arrow markers. Clicking a node toggles its children’s visibility, and transitions animate nodes to new positions over 600 milliseconds. Data comes from a JSON structure containing nested family members, with tooltips providing additional details on hover.

AAnanyaSamala

Fork of Fork of ICE-8 Family Tree

AAnanyaSamala

Fork of ICE-8 Family Tree

This example renders a hierarchical family tree as an SVG using D3.js v5’s `d3.tree()` layout and `d3.hierarchy()`. Node circles are sized by a `value` property and colored by both a `level` fill and a `type` stroke, while curved link paths between parents and children are stroked with each child’s level color. The data is a hardcoded JavaScript object with nested `children` arrays, and the visualization highlights the branching structure of names and relationships across three generations.

Eeravellisaimeghana

Fork of ICE-8: Family Tree

This example visualizes a family tree using a hierarchical layout, with nodes representing individuals and links showing parent-child relationships. Rectangular nodes with names animate into position, and connecting paths draw from parent to child. The visualization is rendered as SVG using D3 v6, employing `d3.stratify()` to structure the flat data and `d3.tree()` to compute positions. Transitions animate the paths and text, with staggered delays based on node depth.